Abstract
The earthquake resistance detection method for high-rise residence is researched in this paper. Traditional earthquake resistance detection does not take into account the non-fixity of high-rise residence materials, resulting in easy deformation when residential material is borne the large impact force, thus affecting the earthquake resistance of high-rise residence. To solve this problem, an earthquake resistance detection method for high-rise residence based on maximum entropy algorithm is proposed. According to the strength of impact force that the residential building materials can be borne, the pressure-bearing detection model of residential building materials is established. Using the maximum entropy method can calculate the deformation rule of fixed high-rise building materials caused by pressure-bearing. Thus, the earthquake resistance detection of high-rise residence can be completed.
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